I am an Electrical and Computer Engineering student at The University of Texas at Austin, specializing in the Integrated Circuits (IC) track. My work focuses on the intersection of high-speed hardware design, embedded systems, and audio engineering.

• Hardware Lead: I lead the Hardware Research & Design team at Texas Aerial Robotics, designing power distribution PCBs and high-current trigger circuits for UAVs.
• Researcher: Undergraduate Researcher in Dr. Deji Akinwande’s lab, focusing on the development of wearable RF sensors.
• Audio Enthusiast: I combine my ECE background with music production to build custom mixed-signal EQ modules and JUCE-based plugins.
• Incoming Intern: I’ll be joining Cirrus Logic as a Validation Engineering Intern for Summer 2026.
• Connect: Let's chat about silicon, signal integrity, or music gear on LinkedIn!

• Intel N100 Carrier Board: A high-speed x86 carrier board designed in KiCad, featuring USB 3.0, HDMI, and Ethernet with 90 Ohm differential impedance routing.
• Custom 32-bit RISC Processor: An RTL implementation in Verilog featuring a multi-cycle FSM, custom ISA, and a 27-opcode ALU.
• Embedded Game Platform: An ARM-based handheld device built on the MSPM0+, featuring custom PCB power sequencing and SPI/I²C peripheral integration.

• Mixed-Signal EQ Module: A hardware-software hybrid audio processor using a 5-bit DAC/ADC and MOSFET-based RLC filters for real-time music production.
• AudioEqPlugin: A professional-grade Equalizer VST built using the JUCE framework in C++.
• 3DS-CustomOS: Exploring low-level systems programming through a custom operating system project.